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· 3 min read
Dora Noda

The Sui Foundation recently conducted a series of tests to determine the current peak throughput and time to finality for various workloads on the Sui network. A year after its announcement, the Sui network has made significant strides in performance, becoming a promising decentralized protocol for the future.

Key Findings​

  • The Sui network, consisting of 100 globally distributed validators, achieved peak throughput ranging from 10,871 TPS to 297,000 TPS on different workloads.
  • Sui's time to finality is approximately 480 milliseconds, providing rapid transaction confirmations.

Performance Evaluation​

To measure the performance of the Sui protocol, the foundation used a globally-distributed setup that closely mirrors the mainnet in terms of hardware configurations, number of validators, geographic distribution, and voting power distribution. The tests were conducted using 100 validators, 24-core AMD hardware, 256GB memory, and 25Gbps NIC.

Measuring Throughput with Programmable Transaction Blocks (PTB)​

Sui's core developer primitive, PTB, allows for a complex and composable sequence of transactions. Chained transactions in a PTB can execute and fail atomically, providing increased efficiency and expressivity. Each PTB can support up to 1024 transactions, enabling Sui to handle large workloads and reduce transaction fees for users.

The Challenge of Measuring Throughput​

Transactions Per Second (TPS) is a commonly used metric to measure a blockchain protocol's capacity. However, measuring the number of PTBs executed per second doesn't accurately reflect Sui's computational capacity. As the average PTB size increases, Sui's throughput increases, but the PTB/second metric would remain unchanged. Therefore, the foundation has chosen to measure the number of individual transactions within a PTB executed per second as a more consistent and practical metric.

Time to Finality​

Finality in blockchain refers to the point where a transaction is considered irrevocable and cannot be modified or reverted. For this performance update, the Time to Finality measures the point in the transaction lifecycle where both the transaction itself and its effects are final and can be used in subsequent transactions. Sui's Time to Finality is approximately 480 milliseconds, with a 95th percentile latency of around 550 milliseconds.

Future Optimization and Scalability​

The Sui protocol has made significant progress in its performance, but there are still many opportunities for optimization and scalability. In the near future, the Sui Foundation plans to refine the following aspects:

  • Scalability and coverage of benchmark tooling
  • Horizontal scalability to support intra-validator scaling across multiple machines
  • Resilience to under-performance of individual validators

As the Sui protocol evolves and its performance improves, the Sui Foundation will continue to share updates with the community for feedback and consideration. With its impressive throughput and time to finality, the Sui network is poised to make a significant impact in the world of decentralized systems.

· 3 min read
Dora Noda

We are glad to announce that BlockEden.xyz, a leading provider of Blockchain API solutions, is expanding its offerings by adding Solana to our API suite. This move aims to provide our customers with a broader range of options to build and deploy innovative decentralized applications (dApps) on the Solana network.

In this blog post, we will discuss the reasons why Solana matters, and how integrating its APIs into our suite can benefit developers and businesses alike.

BlockEden.xyz Adds Solana to Our API Suite – Expanding Blockchain Opportunities for Developers

Why Solana Matters​

Solana is an open-source, high-performance blockchain network designed to support a wide variety of applications, from decentralized finance (DeFi) and gaming to supply chain management and beyond. Some of the key features that make Solana stand out among other blockchain platforms include:

  1. High Performance: Solana is built to scale and can process up to 65,000 transactions per second (TPS) at sub-second confirmation times, which is significantly higher than many other blockchain platforms. This scalability allows developers to create and deploy dApps with minimal latency, ensuring a smooth user experience.
  2. Low Transaction Fees: Solana's innovative architecture allows for low transaction fees, which makes it cost-effective for developers and users alike. This feature not only helps lower the barriers to entry for new dApps but also enables existing applications to operate more efficiently.
  3. Proof of History (PoH): Solana's unique consensus algorithm, Proof of History, provides an energy-efficient and secure way to validate transactions on the network. By using verifiable delay functions (VDFs) to create a historical record of events, PoH eliminates the need for high-energy-consuming consensus mechanisms like Proof of Work.
  4. Developer-friendly: Solana offers a wide range of developer resources, including comprehensive documentation, a robust SDK, and easy-to-use APIs. This makes it easier for developers to build and deploy dApps on the Solana network, regardless of their prior experience with blockchain technology.

Integrating Solana APIs into BlockEden.xyz's API Suite​

By adding Solana to our API suite, we aim to provide developers with a comprehensive set of tools to build and deploy dApps on the Solana network. Our Solana API offerings will include:

  1. Transaction and Account Management: Easily create, sign, and submit transactions, as well as manage accounts on the Solana network.
  2. Smart Contract Deployment: Seamlessly deploy and interact with smart contracts on the Solana blockchain, simplifying the development process.
  3. Data and Analytics: Access real-time and historical data from the Solana blockchain, including transaction details, token balances, and more, for insightful analytics and reporting.
  4. Integration and Interoperability: Connect your dApps with other blockchain networks and applications using our robust set of APIs and SDKs, ensuring seamless integration and interoperability.

Conclusion​

The addition of Solana to BlockEden.xyz's API suite demonstrates our commitment to providing our customers with cutting-edge blockchain technology solutions. We believe that Solana's high-performance, low-cost, and developer-friendly features make it an ideal platform for building and deploying dApps across various industries. We look forward to helping developers leverage the power of Solana through our comprehensive API offerings.

If you have any questions about our Solana APIs or need assistance in getting started, please feel free to reach out to our support team. We're always here to help you harness the potential of blockchain technology for your projects.

· 3 min read
Dora Noda

The SUI Network is a high-performance public blockchain developed by former Meta engineers. Built with the Move programming language, it prioritizes security, scalability, and upgradability.

What is POAP?​

POAP, or Proof-Of-Attendance Protocol, is a mechanism for distributing encrypted badges to record and commemorate specific events. POAP tokens can serve as proof that a user attended an event or as collectible items, similar to concert tickets or commemorative badges.

Event organizers typically use POAP to distribute tokens to participants, who can then collect unique POAP tokens (NFT badges) to remember their attendance at an event.

Introducing SUIA: The First POAP Application on the SUI Network​

Suia.io is the first POAP application on the SUI blockchain, currently launched on SUI's devnet. In the future, Suia will have multiple purposes, such as event tickets, contribution awards, and gaming, providing a new immersive, gamified interaction method between web3 brands and users.

What are the features of SUIA?​

Anyone can create POAP events on Suia, with all creation and distribution occurring transparently on the SUI blockchain. Users own their Suia assets, and the unique architecture and parallel performance of the SUI blockchain allow Suia to combine and create more gameplay possibilities, accommodating large-scale user participation, low latency, and low fees, facilitating connections with the web2 application market.

How to use SUIA?​

  1. Visit the Suia website at https://suia.io/, click "connect wallet" to link a wallet, currently supporting Sui wallet and Suiet Wallet.

  2. After connecting the wallet, click "create Suia" to experience creating a POAP NFT distribution event on the SUI blockchain. Follow the prompts to upload the NFT's type, name, description, amount, and whitelist restrictions if needed. Click "create" to complete the process, which requires a small amount of SUI tokens in the devnet environment.

  3. After creating the event, it will appear on the homepage, allowing other users to discover and claim your POAP.

Conclusion​

Suia, developed by the Mynft team (creators of the first vote-to-earn web3 platform on the Flow blockchain), has a mature market and development experience, as well as a solid community foundation. Developing Suia on the SUI blockchain leverages the team's NFT expertise while filling the gap in POAP applications.

With a well-developed product and clear roadmap, strong project collaboration, and community management capabilities, Suia has attracted over 6,000 participants on its first day of testing. SUI World DAO will continue to monitor Suia's future collaborations and user growth as the SUI mainnet launches.

· 2 min read
Dora Noda

Sui Blockchain is a promising Layer-1 (L1) project that employs a unique set of technical innovations and tokenomics to deliver a scalable and efficient platform. This article will explore Sui's core innovations and evaluate its potential as a solution for mass adoption of Web 3.0 applications.

Key Innovations​

  • Sui Move: A custom version of the Move language optimized for parallel execution, enabling frictionless mass asset creation and a smoother programming experience.
  • Single-Writer Transactions: A novel approach to handling simple transactions without consensus, using Byzantine Consistent Broadcast for security and efficiency.
  • Narwhal-Tusk Consensus Engine: A cutting-edge consensus mechanism using directed acyclic graph (DAG) data structures for high throughput and low latency.
  • Unique Tokenomics: Sui's tokenomics model addresses storage costs on the network by implementing a storage fund, which helps maintain relatively constant gas prices throughout the blockchain's lifetime. This design incentivizes validators and ensures ample storage space is available.

Evaluation​

Sui Blockchain stands out with its innovative solutions to scalability, particularly the unlimited upper bound for single-write transactions. This makes it suitable for applications that rely heavily on single-writer transactions, like social media apps and mass NFT distribution.

Sui's scalability solutions unlock the potential for NFTs with low intrinsic value but high social purpose, such as on-chain coupons, decentralized IDs, and credit cards. Furthermore, Sui Move's language features can enable structurally storing objects on a blockchain with the security and permanence guarantees of the blockchain.

Conclusion​

Sui Blockchain provides a viable blueprint for an L1 blockchain that can handle Web 2.0 level scalability. It symbolizes Web 3.0's growing maturity and the potential for a billion-user scale. Regardless of its long-term success, Sui's innovative approach to blockchain technology already represents a significant achievement.

· 4 min read
Tian Pan

Optimism is an EVM equivalent, optimistic rollup protocol designed to scale Ethereum. Scaling Ethereum means increasing the number of useful transactions the Ethereum network can process. Optimistic rollup is a layer 2 scalability technique which increases the computation & storage capacity of Ethereum without sacrificing security or decentralization. EVM Equivalence is complete compliance with the state transition function described in the Ethereum yellow paper, the formal definition of the protocol.

Optimistic rollup works by bundling multiple transactions into a single transaction, which is then verified by a smart contract on the Ethereum network. This process is called “rolling up” because the individual transactions are combined into a larger transaction that is submitted to the Ethereum network. The term “optimistic” refers to the fact that the system assumes that transactions are valid unless proven otherwise, which allows for faster and more efficient processing of transactions.

Overall Architecture​

Optimism Architecture

op-node + op-geth​

The rollup node can run either in validator or sequencer mode:

  1. validator (aka verifier): Similar to running an Ethereum node, it simulates L2 transactions locally, without rate limiting. It also lets the validator verify the work of the sequencer, by re-deriving output roots and comparing them against those submitted by the sequencer. In case of a mismatch, the validator can perform a fault proof.
  2. sequencer: The sequencer is a priviledged actor, which receives L2 transactions from L2 users, creates L2 blocks accordingly, and then submits to data availability provider (via a batcher). It also submits output roots to L1. There is only one sequencer in the entire stack for now, and it's where people critisize that OP stack is not decenralized.

op-batcher​

The batch submitter, also referred to as the batcher, is the entity submitting the L2 sequencer data to L1, to make it available for verifiers.

op-proposer​

Proposer generates and submitting L2 Output checkpoints to the L2 output oracle contract on Ethereum. After finalization period has passed, this data enables withdrawals.

Both batcher and proposer submit states to L1. Why are they separated?

Batcher collect and submit tx data into L1 with a batch, while proposer submits the commitments (output roots) to the L2's state, which finalizes the view of L2 account states. They are decoupled so that they can work in parallel for efficiency.

contracts-bedrock​

Various contracts for L2 to interact with the L1:

  • OptimismPortal: A feed of L2 transactions which originated as smart contract calls in the L1 state.
  • Batch inbox: An L1 address to which the Batch Submitter submits transaction batches.
  • L2 output oracle: A smart contract that stores L2 output roots for use with withdrawals and fault proofs.

Optimism components

How to deposit?​

How to withdraw?​

Feedback to Optimism's Documentation​

Understanding the OP stack can be challenging due to a number of factors. One such factor is the numerous components that are referred to multiple times with slightly different names in code and documentation. For example, the terms "op-batcher" and "batch-submitter" / "verifiers" and "validators" may be used interchangeably, leading to confusion and difficulty in understanding the exact function of each component.

Another challenge in understanding the OP stack is the evolving architecture, which may result in some design elements becoming deprecated over time. Unfortunately, the documentation may not always be updated to reflect these changes. This can lead to further confusion and difficulty in understanding the system, as users may be working with outdated or inaccurate information.

To overcome these challenges, it is important to carefully review all available documentation, to keep concepts consistently across places, and to stay up-to-date with any changes or updates to the OP stack. This may require additional research and collaboration with other users or developers, but it is essential in order to fully understand and effectively utilize this complex system.

· 7 min read
Dora Noda

Optimism is an optimistic rollup protocol that provides a solution for scaling Ethereum without sacrificing security or decentralization. The protocol achieves this by increasing the computation and storage capacity of Ethereum, while remaining maximally compatible with existing Ethereum infrastructure.

Introduction to Optimism: Scaling Ethereum with Optimistic Rollup

Basics​

What is Ethereum scalability?​

Ethereum scalability refers to the ability of the Ethereum network to process a greater number of useful transactions. The current limited resources of Ethereum, specifically bandwidth, computation, and storage, make it challenging to process a high volume of transactions. Computation and storage are the most significant bottlenecks, leading to extremely high fees. To scale Ethereum and reduce fees, it is necessary to better utilize bandwidth, computation, and storage.

What is an Optimistic Rollup?​

Optimistic rollup is a layer 2 scalability technique that allows for off-chain execution of transactions while maintaining security and decentralization. Transaction data is submitted on-chain, but executed off-chain. In case of an error in the off-chain execution, a fault proof can be submitted on-chain to correct the error and protect user funds. This approach is similar to going to court only if there is a dispute, and executing transactions on-chain only if there is an error.

What is EVM Equivalence?​

EVM Equivalence refers to complete compliance with the state transition function described in the Ethereum yellow paper, which is the formal definition of the Ethereum protocol. An EVM equivalent rollup protocol adheres to the Ethereum standard across EVMs, ensuring that smart contract developers can write code once and deploy it anywhere. This means that any smart contract written for the Ethereum mainnet can be deployed to an EVM equivalent rollup protocol with little to no modification.

Optimism = EVM equivalent + optimistic rollup + scaling Ethereum​

Optimism is an EVM equivalent optimistic rollup protocol designed to scale Ethereum while maintaining maximum compatibility with existing Ethereum infrastructure.

Security​

To scale Ethereum without sacrificing security, Optimism preserves three critical properties of Ethereum layer 1: liveness, availability, and validity.

  1. Liveness - Anyone can extend the rollup chain by sending transactions at any time.
    • Transactions can be sent to the rollup chain via the sequencer or directly on layer 1. The sequencer provides low latency and low-cost transactions, while sending transactions directly to layer 1 provides censorship resistance.
  2. Availability - Anyone can download the rollup chain.
    • All information required to derive the chain is embedded into layer 1 blocks. Thus, as long as the layer 1 chain is available, so is the rollup.
  3. Validity - All transactions are correctly executed, and all withdrawals are correctly processed.
    • The rollup state and withdrawals are managed on an L1 contract called the L2OutputOracle, which is guaranteed to only finalize correct (i.e., valid) rollup block hashes given a single honest verifier assumption. If an invalid block hash is asserted on layer 1, an honest verifier will prove it is invalid and win a bond.

Optimism enforces validity of a rollup through fault proofs. Validity proofs can also be plugged in once they become feasible.

Network Participants​

There are three actors in Optimism: users, sequencers, and verifiers.

Optimism Network Participants

Users​

At the core of the network are users who can deposit or withdraw arbitrary transactions on L2 by sending data to a contract on Ethereum mainnet. They can use EVM smart contracts on layer 2 by sending transactions to the sequencers and view the status of transactions using block explorers provided by network verifiers.

Sequencers​

The sequencer is the primary block producer. There may be one sequencer or many using a consensus protocol. For 1.0.0, there is just one sequencer, currently operated under the oversight of the Optimism Foundation. In general, specifications may use "the sequencer" to be a stand-in term for the consensus protocol operated by multiple sequencers.

The sequencer

  1. accepts user off-chain transactions,
  2. observes on-chain transactions (primarily, deposit events coming from L1),
  3. consolidates both kinds of transactions into L2 blocks with a specific ordering, and propagates consolidated L2 blocks to L1 by submitting two things as calldata to L1:
    1. the pending off-chain transactions accepted in step 1, and
    2. sufficient information about the ordering of the on-chain transactions to successfully reconstruct the blocks from step 3, purely by watching L1.

The sequencer also provides access to block data as early as step 3 so that users may access real-time state in advance of L1 confirmation if they so choose.

Verifiers​

Verifiers serve two purposes:

  1. serving rollup data to users and
  2. verifying rollup integrity and disputing invalid assertions.

To maintain network security, there must be at least one honest verifier who can verify the integrity of the rollup chain and serve blockchain data to users.

Key Interaction Diagrams​

The following diagrams demonstrate how protocol components are utilized during key user interactions to provide context when diving into any particular component specification.

Depositing and Sending Transactions​

Users often begin their L2 journey by depositing ETH from L1. Once they have ETH to pay fees, they start sending transactions on L2. The following diagram demonstrates this interaction and all key Optimism components, which are or should be utilized:

Depositing and Sending Transactions

Withdrawing​

Withdrawals are initiated by normal transactions on L2 but completed using a transaction on L1 after the dispute period has elapsed.

Diagram of Withdrawing

Conclusion​

Optimism is an optimistic rollup protocol designed to scale Ethereum while maintaining maximum compatibility with existing Ethereum infrastructure. By increasing the computation and storage capacity of Ethereum, it provides a solution for processing a greater number of useful transactions without sacrificing security or decentralization. If you want to learn more about Optimism, please go to their official specs. With its adherence to Ethereum's core principles and compatibility with existing infrastructure, Optimism is poised to be a key player in Ethereum's journey to become a more scalable and efficient network.

Are you tired of spending countless hours setting up and maintaining your node for Optimism rollup? Do you wish there was an easier way to connect to the network? With BlockEden.xyz Optimism RPC, you can connect to the Optimism rollup in just minutes! Say goodbye to the frustrating and time-consuming process of setting up and maintaining your node.

BlockEden.xyz Optimism RPC simplifies the process of connecting to the Optimism rollup, allowing you to focus on what really matters - developing your project. With our easy-to-use platform, you can quickly and effortlessly connect to the network, saving you valuable time and resources.

Our platform provides a hassle-free solution for developers who want to take advantage of the benefits of Optimism Rollup without the time-consuming setup and maintenance. Our team of experts ensures that the technology is always up-to-date, so you can be confident in the stability and reliability of your application.

Don't let the complexities of Optimism Rollup hold you back from creating the best possible application. Let BlockEden.xyz Optimism RPC take care of the technical details so you can focus on what you do best - innovating and creating. Sign up for BlockEden.xyz or try it out today and experience the benefits of seamless connectivity and increased efficiency!

· 3 min read
Dora Noda

In the world of blockchain, speed and efficiency are vital for the success of any platform. Enter Sui Blockchain, a platform that promises to deliver low latency transaction processing and smart contract execution.

Sui and BlockEden.xyz

One of the unique features of Sui Blockchain is its ability to distinguish between different kinds of object ownership. Unlike other blockchain platforms where every contract and object is mutably shared, Sui allows an object to be owned by an address and can be mutably owned, immutably owned, or mutably shared. This feature is leveraged for parallel execution of smart contracts and asset management.

Sui uses a decentralized permissionless smart contract platform, biased towards low-latency management of assets. It uses the Move programming language to define assets as objects that may be owned by an address. The platform is maintained by a permissionless set of authorities that play a role similar to validators or miners in other blockchain systems.

To achieve low latency, Sui separates transaction processing into two phases: 1) acquiring distributed locks at the granularity of objects and 2) executing the transaction and committing its effects.

Phase one is performed through a reliable broadcast primitive that requires no global synchronization within the authority, allowing for scalability through sharding. For transactions involving shared objects, sequencing is required using a consensus protocol.

Sui aggressively reduces bottlenecks and points of synchronization requiring global locks within authorities, allowing for quasi-linear scaling with increased resources. The platform also allows for parallel execution of smart contracts, with Move virtual machines on multiple cores or physical machines reading versioned input objects, executing, and writing resulting objects from and to stores.

The consistency requirements on stores for objects and transactions are very loose, allowing scalable distributed key-value stores to be used internally by each authority. Sui uses a Byzantine consistent broadcast protocol between authorities to ensure the safety of common operations on assets, ensuring lower latency and better scalability as compared to Byzantine agreement.

Overall, Sui Blockchain's design choices and optimizations make it a promising platform for applications that require fast and efficient processing of transactions. Its ability to 1) distinguish between different kinds of object ownership, 2) acquiring distributed locks at the granularity of objects, and 3) parallel execution of smart contracts are key features that set it apart from other blockchain platforms. With Sui Blockchain, the future of fast and efficient transaction processing is here.

· 2 min read
Dora Noda

GGslayer, the largest Sui decentralized web3 gaming community, and BlockEden.xyz, a service infra for the developer’s next billion web3 customers, have announced a partnership that promises to revolutionize the web3 gaming experience.

GGslayer and BlockEden.xyz Partner to Bring Next-Level Gaming Experience to Sui

GGslayer is known for its one-stop game asset library, which aggregates game assets from multiple chains and ecologies to build a unified identity for players based on on-chain SBT. With the partnership, BlockEden.xyz will provide developers with all they need to create powerful applications quickly and scale faster, making it easier for GGslayer to aggregate the world's latest and best web3 games.

BlockEden.xyz has operated Aptos public full node since day 1 of its mainnet launch and serves managed RPC services to 500+ clients in the ecosystem with zero downtime. The company is now serving 14 blockchain RPCs or APIs.

The partnership between GGslayer and BlockEden.xyz matters because it will allow GGslayer to provide gamers with easy access to web3 games through MPC and TSS technology, helping web2 users enter into web3 securely and efficiently. GGslayer will also benefit from personalized intelligent recommendations based on on-chain behavior statistics and AI analysis.

GGslayer has already partnered with 300+ game partners and 70+ guilds, with business partners coming from Japan, Korea, Europe, India, Canada, Dubai, Australia, Thailand, and other countries. With the addition of BlockEden.xyz, GGslayer is poised to become the leading web3 gaming community, offering gamers the best gaming experience possible.

In conclusion, the partnership between GGslayer and BlockEden.xyz is a win-win for the Sui ecosystem. It will allow GGslayer to offer gamers a seamless and personalized gaming experience while also providing developers with the tools they need to create powerful applications quickly and scale faster.

· One min read
Dora Noda

BlockEden.xyz is glad to announce the launch of Polygon and its zkEVM to its API suite. With this new addition, blockchain developers can now build on the fast and scalable Polygon network while taking advantage of the powerful zkEVM technology to streamline their development process.

BlockEden.xyz Launches Polygon and zkEVM to its API Suite

Blockchain developers often face challenges when it comes to building on different networks due to their varying technical requirements and limitations. This can lead to a time-consuming and frustrating development process.

With the launch of Polygon and its zkEVM to our API suite, blockchain developers can now build on the fast and scalable Polygon network while using our powerful zkEVM technology to simplify their development process. This combination allows developers to focus on their application logic while we handle the technical intricacies of the network.

Ready to start building on the fast and scalable Polygon network with the powerful zkEVM technology? Sign up for our API suite today and start building!

· 3 min read
Dora Noda

BlockEden.xyz is excited to announce the addition of more EVM-compatible blockchains to our ChainPlus API suite of services. This means that developers and businesses can now access a wider range of blockchain infrastructures to build and deploy their applications.

Introducing EVM-Compatible Blockchains to ChainPlus API Suite

(image served from dStore powered by EthStorage)

DApp developers and businesses often struggle to find reliable and easy-to-use node infrastructure on blockchains, which can hinder the development and deployment of their applications.

By adding more EVM-compatible blockchains to our suite of services, ChainPlus API is providing developers and businesses with a simple and easy-to-access service that offers the best node infrastructure on blockchains. Those blockchains are Ethereum, IoTeX, Filecoin, Harmony, BSC, Arbitrum, Arbitrum Nova, Optimism, Gnosis and EthStorage Galileo Testnet.

To start using our new EVM-compatible blockchains, simply log in to your BlockEden.xyz account and create a key for your API access. If you don't have an account yet, sign up for free today.

Dora Noda, cofounder of BlockEden.xyz, commented, "we are excited to expand our suite of services by adding more EVM-compatible blockchains to ChainPlus API. This will provide our customers with even more options for node infrastructure and enhance their blockchain development experience."

Nathan Pang, Blockchain Explorer developer at Blockroma, says "we started to use BlockEden.xyz with its Aptos APIs. Now, with the addition of more EVM-compatible blockchains, ChainPlus API has made it easier for us to build and deploy our blockchain applications. The improved node infrastructure has saved us time and effort, allowing us to focus on developing innovative solutions."

Why is BlockEden.xyz adding those 8 EVM blockchains?​

We attended ETH Denver, one of the largest Ethereum hackathons in the world. As we walked around the event, we were amazed by the sheer creativity and innovation that was on display. From decentralized finance apps to gaming platforms, the possibilities seemed endless.

But what really struck us was the sense of community and collaboration that permeated the entire event. Developers from all over the world were working together to build new tools and applications that could potentially revolutionize entire industries.

Then we realized just how important the Ethereum ecosystem was becoming, and we knew that this company needed to be a part of it. We made the decision then and there to add Ethereum to its Aptos and Sui API suite, allowing developers to easily integrate Ethereum-based applications into their own projects.

BlockEden.xyz at EthDenver

Thanks to our visit to ETH Denver, we were able to see firsthand the power of the Ethereum ecosystem and the potential it had to transform the tech industry. And by adding it to our company's offerings, we were helping to ensure that his own developers would be able to take advantage of all that Ethereum had to offer.

BlockEden.xyz Presenting at EthDenver

BlockEden.xyz's Mission​

If your mission is to build the killer app 🚀 to bring web3 to everyone in our galaxy, then our mission is to be your best ally. Together, we fight for next-generation decentralization innovations. Join our Discord community to stay in touch.